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Never once have I ever understood an explanation as clearer as this one. Thank you, sir. You are definitely great.
Very good explanation. Thank you sir 🎉
best video so far for regression. Why my text book is k-2 instead of k-1? degree of freedom always makes me baffled.
Thank you sir very good explanation ♥️
Man u are savior ❤️❤️ god bless u
Thanks. You too.
@@PatObi sir I have a question
@@PatObi does Tests on Individual Regression Coefficients is meant by t test is this u explain
@@atharvavyawahare4308 Yes, t test
@@PatObi tysm sir ☺️
you explained it very well............thank you
What is the definition and how to calculate the standard error of b1? (Simply given as 0.19 here)
Please watch the following video from around minute 6:30: ruclips.net/video/lqeoc_qQwhQ/видео.html
Can't we use the degrees of freedom = number of observations "n" - 1 not "n" - K?
n-1 is total DF. But DF for regression is n-k, where k = number of parameters including the intercept.
@@PatObi so if I'm trying to get degrees of freedom for T-Test, it should be n-p, right? where p = k+1?
Never once have I ever understood an explanation as clearer as this one. Thank you, sir. You are definitely great.
Very good explanation. Thank you sir 🎉
best video so far for regression. Why my text book is k-2 instead of k-1? degree of freedom always makes me baffled.
Thank you sir very good explanation ♥️
Man u are savior ❤️❤️ god bless u
Thanks. You too.
@@PatObi sir I have a question
@@PatObi does Tests on Individual Regression Coefficients is meant by t test is this u explain
@@atharvavyawahare4308 Yes, t test
@@PatObi tysm sir ☺️
you explained it very well............thank you
What is the definition and how to calculate the standard error of b1? (Simply given as 0.19 here)
Please watch the following video from around minute 6:30: ruclips.net/video/lqeoc_qQwhQ/видео.html
Can't we use the degrees of freedom = number of observations "n" - 1 not "n" - K?
n-1 is total DF. But DF for regression is n-k, where k = number of parameters including the intercept.
@@PatObi so if I'm trying to get degrees of freedom for T-Test, it should be n-p, right? where p = k+1?